With the decline in birth rates and the extension of life expectancy, the global population structure is gradually transitioning towards aging, accompanied by the emergence of age-related issues. Scientific and effective exercise has multi-system anti-aging effects and can alleviate the harmful systemic and cellular effects of aging and improve the life quality for the elderly. Therefore, delving into the molecular mediating factors and mechanisms of exercise and nutrition, and accurately designing the most effective exercise combinations, types and dosages, including frequency, duration and intensity, for elderly individuals will be crucial in addressing significant public health issues worldwide. 

Chairs

Wang Ru

Professor, Shanghai University of Sport

Zheng Lan

Professor, Hunan Normal University (HNU)

Invited speakers & reports

Tang Changfa

Professor, HNU

Report: The role and mechanism of exercise in promoting national physical health and intervention of chronic diseases 

Zheng Lan

Professor, HNU

Report: Exploring the role of circadian rhythm system in delaying cardiac aging by exercise using drosophila as a model 

Hou Lijuan

Professor, Beijing Normal University

Report: Dopamine regulation involved in exercise-induced neuroplasticity 

Li Xue

Professor, Chengdu Sport University

Report: Research on the neuromechanism of aerobic exercise-regulated specific lipid metabolites in the improvement of brain functions in MA addiction

Zhang Xin’an

Professor, Shenyang Sport University

Report: Study on the molecular mechanism of mechanical stress regulating ferroptosis signaling pathway to improve osteoarthritis 

Zhang Yan

Professor, Capital University of Physical Education and Sports

Report: Single-cell transcriptomic study of immune cells during intense exercise

Huang Junhao     

Guangzhou Sport University

Report: Mechanism of aerobic exercise improving SOCE-mediated coronary contraction in aging rats